Shaqra Wind Power Project
MAIN Contractor: china energy
CLIENT: SPPC
SUPPLY Contract: 200,000 m3
Project Duration: on-going
APPROXIMATE VOLUME SUPPLIED: 50,000 M3
BATCHING PLANTS:
Two batching plant is currently operating at the Shaqra Plant. The plant was established in 2026 and is equipped with a batching system with a production capacity of 240 m³/hour. The batching plant is manufactured by KICE.
ICE PRODUCTION PLANT:
One ice plant has been installed at the Shaqra Station. The ice plant has a production capacity of 70 tons per day and is manufactured by KTI.
WATER CHILLER PLANT:
One Snowkey chiller plant.
LABORATORY:
Shaqra station lab is equipped with all essential equipment in order to perform all the tests required during, before and after production. The lab has temperature controlled curing tank for sample curing and compression machine, for aggregate testing the lab is capable to do the following test.
PROJECT HIGHLIGHTS:
ETE Ready mix is proud to contribute to the development of the landmark Shaqra Wind Power Project in Riyadh Province — a major step forward in Saudi Arabia’s growing renewable energy infrastructure.
The company has been awarded key concrete supply contracts by China Energy Engineering Group Guangdong Power Engineering Co., the project developer, under the supervision of the Saudi Power Procurement Company (SPPC).Ensuring a reliable and continuous supply of high-quality concrete throughout the construction phase.
In total, ETE Ready-mix will deliver approximately 150,000 M³ of concrete for the 1,000 MW Shaqra Wind Power Project, reinforcing our capability to support large-scale, high-impact infrastructure developments.
We are proud to play a role in this transformative project, which represents a significant milestone not only for the Riyadh region but also for Saudi Arabia’s position on the global energy map. As part of the National Renewable Energy Program (NREP), the project will add 1,000 MW (1 GW) to the national grid, directly supporting the Kingdom’s goal of achieving 50% renewable energy in its power mix by 2030.